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The MFS program provides a broad range of software tools, research laboratory capabilities, high fidelity data, and a product support forum to serve the program’s stakeholders and benefit the multiphase flow research community

MFS flagship, open-source suite of multiphase, computational fluid dynamics software

A high-performance, massively parallel, machine agnostic multiphase flow code for the exascale computing era

Chemistry management software focused on computational modeling of reacting systems

Flexible graphical programming library for development of software process workflows

Multiphase flow laboratory for high-fidelity data supporting model development and code validation

Cross-platform application for tracking objects in videos, image stacks, or files that contain object positions

Interact with and learn from MFS developers, researchers and the stakeholder community online